How to use NumericModulo class of NBi.Core.Calculation.Predicate.Numeric package

Best NBi code snippet using NBi.Core.Calculation.Predicate.Numeric.NumericModulo

PredicateFactory.cs

Source:PredicateFactory.cs

...54                        case ComparerType.MoreThan: return new NumericMoreThan(not, (IScalarResolver)reference);55                        case ComparerType.Null: return new NumericNull(not);56                        case ComparerType.WithinRange: return new NumericWithinRange(not, (IScalarResolver)reference);57                        case ComparerType.Integer: return new NumericInteger(not);58                        case ComparerType.Modulo: return new NumericModulo(not, secondOperand, (IScalarResolver)reference);59                        default:60                            throw new ArgumentOutOfRangeException($"Numeric columns don't support the '{comparerType.ToString().ToDashedCase()}' comparer.");61                    }62                case ColumnType.DateTime:63                    switch (comparerType)64                    {65                        case ComparerType.LessThan: return new DateTimeLessThan(not, (IScalarResolver)reference);66                        case ComparerType.LessThanOrEqual: return new DateTimeLessThanOrEqual(not, (IScalarResolver)reference);67                        case ComparerType.Equal: return new DateTimeEqual(not, (IScalarResolver)reference);68                        case ComparerType.MoreThanOrEqual: return new DateTimeMoreThanOrEqual(not, (IScalarResolver)reference);69                        case ComparerType.MoreThan: return new DateTimeMoreThan(not, (IScalarResolver)reference);70                        case ComparerType.Null: return new DateTimeNull(not);71                        case ComparerType.WithinRange: return new DateTimeWithinRange(not, (IScalarResolver)reference);72                        case ComparerType.OnTheDay: return new DateTimeOnTheDay(not);...

FilterSequenceResolverTest.cs

Source:FilterSequenceResolverTest.cs

...28                new LiteralScalarResolver<decimal>(13),29            };30            var innerArgs = new ListSequenceResolverArgs(resolvers);31            var innerResolver = new ListSequenceResolver<decimal>(innerArgs);32            var predicate = new NumericModulo(false, 2, new LiteralScalarResolver<decimal>(0));33            var args = new FilterSequenceResolverArgs(innerResolver, predicate, null);34            var resolver = new FilterSequenceResolver<decimal>(args);35            var elements = resolver.Execute();36            Assert.That(elements.Count(), Is.EqualTo(2));37            Assert.That(elements, Has.Member(10));38            Assert.That(elements, Has.Member(12));39        }40        [Test]41        public void Execute_DateTime_TwoElements()42        {43            var resolvers = new List<IScalarResolver>()44            {45                new LiteralScalarResolver<string>("2014-01-01"),46                new LiteralScalarResolver<string>("2015-01-01"),...

NumericModulo.cs

Source:NumericModulo.cs

...7using System.Text;8using System.Threading.Tasks;9namespace NBi.Core.Calculation.Predicate.Numeric10{11    class NumericModulo : NumericPredicate12    {13        private object secondOperand;14        public NumericModulo(bool not, object secondOperand, IScalarResolver reference) 15            : base(not, reference)16        {17            this.secondOperand = secondOperand;18        }19        protected override bool Compare(decimal x, decimal y)20        {21            var caster = new NumericCaster();22            var z = caster.Execute(secondOperand);23            return x % z == y;24        }25        public override string ToString()26        {27            return $"modulo {secondOperand} is equal to {Reference}";28        }...

NumericModulo

Using AI Code Generation

1var numericModulo = new NumericModulo();2var result = numericModulo.Execute(5, 2);3var numericModulo = new NumericModulo();4var result = numericModulo.Execute(5, 2);5var numericModulo = new NumericModulo();6var result = numericModulo.Execute(5, 2);7var numericModulo = new NumericModulo();8var result = numericModulo.Execute(5, 2);9var numericModulo = new NumericModulo();10var result = numericModulo.Execute(5, 2);11var numericModulo = new NumericModulo();12var result = numericModulo.Execute(5, 2);13var numericModulo = new NumericModulo();14var result = numericModulo.Execute(5, 2);15var numericModulo = new NumericModulo();16var result = numericModulo.Execute(5, 2);17var numericModulo = new NumericModulo();18var result = numericModulo.Execute(5, 2);19var numericModulo = new NumericModulo();20var result = numericModulo.Execute(5, 2);

NumericModulo

Using AI Code Generation

1var result = NumericModulo(3, 2);2return result == 1;3var result = NumericModulo(3, 2);4return result == 1;5var result = NumericModulo(3, 2);6return result == 1;7var result = NumericModulo(3, 2);8return result == 1;9var result = NumericModulo(3, 2);10return result == 1;11var result = NumericModulo(3, 2);12return result == 1;13var result = NumericModulo(3, 2);14return result == 1;15var result = NumericModulo(3, 2);16return result == 1;17var result = NumericModulo(3, 2);18return result == 1;19var result = NumericModulo(3, 2);20return result == 1;21var result = NumericModulo(3, 2);22return result == 1;

NumericModulo

Using AI Code Generation

1var numericModulo = new NumericModulo();2numericModulo.Dividend = 10;3numericModulo.Divisor = 3;4if (numericModulo.Execute())5{6    Console.WriteLine("10 is a multiple of 3");7}8{9    Console.WriteLine("10 is not a multiple of 3");10}11var numericModulo = new NumericModulo();12numericModulo.Dividend = 10;13numericModulo.Divisor = 3;14if (numericModulo.Execute())15{16    Console.WriteLine("10 is a multiple of 3");17}18{19    Console.WriteLine("10 is not a multiple of 3");20}21var numericModulo = new NumericModulo();22numericModulo.Dividend = 10;23numericModulo.Divisor = 3;24if (numericModulo.Execute())25{26    Console.WriteLine("10 is a multiple of 3");27}28{29    Console.WriteLine("10 is not a multiple of 3");30}31var numericModulo = new NumericModulo();32numericModulo.Dividend = 10;33numericModulo.Divisor = 3;34if (numericModulo.Execute())35{36    Console.WriteLine("10 is a multiple of 3");37}38{39    Console.WriteLine("10 is not a multiple of 3");40}41var numericModulo = new NumericModulo();42numericModulo.Dividend = 10;43numericModulo.Divisor = 3;44if (numericModulo.Execute())45{46    Console.WriteLine("10 is a multiple of 3");47}48{49    Console.WriteLine("10 is not a multiple of 3");50}51var numericModulo = new NumericModulo();52numericModulo.Dividend = 10;53numericModulo.Divisor = 3;54if (numericModulo

NumericModulo

Using AI Code Generation

1var modulo = new NumericModulo();2var result = modulo.Execute(10, 3);3var result = Modulo(10, 3);4var result = Modulo(10, 3);5var result = Modulo(10, 3);6var result = Modulo(10, 3);

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